Choosing an Outdoor TV — Brightness, IP Ratings & Placement

Most disappointing outdoor televisions are not badly made. They are correctly made for a position other than the one they ended up in. Almost every complaint — you can’t see it in the afternoon, it died after two summers — traces back to one of two decisions taken without a number attached to it: how much light hits the screen, and how exposed the position is.

This guide gives you both numbers, and the handful of others worth checking before you commit.

1. Brightness is the decision. Everything else is detail

Screen brightness is measured in nits (candelas per square metre). It is the specification that determines whether the screen is usable, and the one most often quietly omitted.

The comparison that matters is not between screens, it is between the screen and the sky. Overcast daylight is around 1,000–2,000 lux. Direct sun is 10,000–25,000 lux. A panel that cannot put out enough light of its own simply loses — no picture setting, contrast mode or anti-glare film recovers an image that ambient light has swamped.

Working out which category your position is in

Forget the marketing labels and answer one question: does direct sunlight land on the screen at any point in the day, at any time of year?

The reliable way to find out is to stand at the mounting position, facing out the way the screen will face, at around 2pm — and again in late afternoon, which is when most people get caught out. Then account for the season: the winter sun sits much lower and reaches well under an overhang that shades the position completely in January.

In the southern hemisphere, as rough guidance:

• North-facing — sun for most of the day, year round. Full-sun screen.
• West-facing — brutal late-afternoon sun at a low angle, exactly when the screen gets used. Full-sun screen, no exceptions.
• East-facing — morning sun only. Often workable at 1,000 nits if afternoons are the use case.
• South-facing — little to no direct sun. A 1,000-nit screen is the right spend.
• Under a deep solid roof — usually shaded all day, but check the low winter angle.

If direct sun reaches the screen, you need 3,500 nits or more. If it never does, paying for 5,000 nits is money better spent on a larger screen or better sound.

One thing that beats brightness: shade

Brightness is expensive; shade is often not. Extending an overhang, adding a fixed awning, or moving the screen two metres along a wall into permanent shadow can move you from needing a full-sun panel to a partial-sun one. Before specifying the screen, work out whether the position can be changed — it is frequently the cheapest improvement available.

2. Ingress protection: what the IP number actually promises

“Weatherproof” and “weather resistant” mean nothing in particular. IP ratings are tested. Two digits: the first is solids and dust, the second is water.

For a television mounted under a roofline, IP55 is genuinely sufficient. For anything fully exposed, near salt water, or in an area cleaned with a hose — a venue courtyard, a pool deck, a camp mess — specify IP56 or better.

Just as important as the number is what is behind it: a sealed metal chassis rather than a vented plastic housing. Indoor televisions vent because they are designed to breathe conditioned indoor air. Outside, those vents are the route for humid air (which condenses inside the panel as temperatures drop overnight), dust, and insects — which are a startlingly common cause of failure in warm climates.

3. Temperature, and the thing nobody checks

Look for a stated operating temperature range. The screens we supply run from −30°C to 50°C, which covers a Pilbara summer and an alpine winter night with room to spare.

The overlooked failure mode is not heat, it is the daily cycle. A screen that reaches 45°C in the afternoon and drops to 8°C overnight moves moist air in and out of any unsealed cavity, and condensation forms inside. This is why sealing matters more than a cooling fan, and why an indoor TV in a “protected” position still fails — the position was protected from rain, not from the atmosphere.

4. Sizing: work from the back row

The usual mistake is choosing a size against the wall it is going on. Choose it against the furthest person who has to watch it.

A workable rule for 4K content is that the furthest comfortable viewing distance is roughly three times the screen height:

Two outdoor-specific adjustments. First, people sit much further off-axis outdoors than they do in a lounge room, spread across a deck or courtyard rather than lined up on a sofa — so a wide viewing angle (178° horizontal and vertical on the screens we supply) is worth more outdoors than in. Second, outdoor seating is rarely fixed, so size for where people will end up on a busy day, not where the furniture sits now.

If your back row is past about 9 metres, or your audience is past roughly 40–50 people, you have left television territory. See screen size and viewing distance for the large-format version of this maths.

5. Mounting, power and cabling

• Weight and structure. A 65” is around 31kg, an 86” is 62kg, and the 110” is 105kg. The bracket must be rated well beyond the panel weight, and the wall has to be verified — brick and concrete are straightforward, cladding over a timber frame needs the fixing to hit structure, not sheet.
• VESA pattern. Standard mounting hole spacing: typically 400 × 200mm on a 43”, 600 × 400mm from 55” to 75”, and 800 × 600mm at 86” and above. An existing outdoor-rated bracket may well suit — check the pattern and the load rating.
• Fixed or full-motion. Fixed brackets sit tighter to the wall and are more secure. A full-motion cantilever lets you angle the screen away from a low afternoon sun or towards a seating area, which can be worth more than a brightness upgrade.
• Power. Full-sun panels draw real current — up to 700W on an 86” and 1,300W on a 110”. That is a dedicated circuit, not an extension lead to the nearest outlet. Get an electrician to run weatherproof power to the position before the screen is mounted.
• Cabling. UV-rated conduit, and a drip loop on every cable entering the screen so water runs off the low point of the loop instead of tracking along the cable into the connector. It is a thirty-second habit that prevents a large share of outdoor AV failures.
• Security. In any unattended or public position — a holiday park camp kitchen, a club terrace, a camp mess — a rear anti-theft lock is what makes the screen specifiable at all.

6. Sound: assume you will need more than the panel

Indoor televisions get help from walls and ceilings. Outdoors there is nothing to reflect sound back, so audio disperses fast and competes with wind, traffic and a pool pump.

• Built-in speakers (2 × 10W to 2 × 30W) cover a small alfresco area with people close by.
• An IP65 outdoor soundbar over HDMI ARC is the sensible upgrade for a terrace or deck — and ARC means the TV remote controls the volume, so nothing extra lives outdoors.
• Weatherproof speakers on amplification are what a venue courtyard or a real crowd needs. Positioned onto the seating with controlled directivity, they put sound on your audience and not over the fence — see audio systems.

7. When to stop buying a TV

An outdoor television is the right answer for a permanent screen up to about 2.5 metres of picture width and an audience up to roughly 40–50 people. It is one sealed panel with a smart platform built in, one power lead and a bracket. Nothing to set up, nothing to pack down.

Past that point the economics invert:

• Permanent, larger, daily use → outdoor LED. Brighter again at 7,000 nits, IP69K, integrated DSP audio, cloud content control and a 100,000-hour panel life — but an engineered structure with footings and certification.
• Larger, occasional, after dark → inflatable or fast-fold projection. Far more screen per dollar once the sun is down, packed away between events.

LED vs projection covers that second decision in full. And the two are not mutually exclusive — a permanent outdoor TV for everyday use plus an inflatable screen for a few big nights a year is an extremely common combination, and usually the right one.

The specifying checklist

Before you commit to any outdoor television, you should be able to answer all nine:

1. Does direct sun land on the screen at any point, in any season?
2. Is the stated brightness 1,000 nits (shade) or 3,500+ (sun) to match that answer?
3. Is there a tested IP rating quoted, and is it IP55 minimum — IP56 if exposed or hosed down?
4. Is the chassis sealed metal rather than vented plastic?
5. Is an operating temperature range stated, and does it cover your site?
6. How far is the back row, and does the size suit it?
7. Is the wall structure verified and the bracket rated beyond the panel weight?
8. Is there weatherproof power at the position — a dedicated circuit if it’s a large panel?
9. Does the position need an anti-theft lock?

If you would rather work through it with someone, send us a photo of the position, the direction it faces and roughly where people sit. We will tell you which brightness class you need — including when the cheaper screen is the right one — and quote the screen, mount, audio and install together.